An AI knows how to understand someone's character from a selfie
An artificial intelligence system exceeds (and by a lot) 50% in its ability to identify a person's character simply by observing their photo.
An artificial intelligence system exceeds (and by a lot) 50% in its ability to identify a person's character simply by observing their photo.
Images from 125 years ago that look like they were shot this morning with a smartphone? Thanks to artificial intelligence. And the result is splendid.
We didn't think brain waves had enough information to reconstruct the image a person saw. And instead.
The long-lived wave will overwhelm medicine, industry and commerce. Delaying or stopping aging and death will be the most complex undertaking in human history.
The system, called EmoNet, not only looks at facial expressions to make sense of emotions, but also general consensus.
In a paper the Beijing team illustrates an amazing autonomous bike and a hybrid chip that will be crucial for the development of artificial intelligence.
Research by the University of Madrid has allowed TEO, a humanoid robot, to "learn" to communicate in sign language. The applications are endless
A German startup, Skinmade, has produced a 'fleet' of small totems capable of mixing and making face creams on demand based on the specific characteristics of each user.
The new keyboard, called SwiftKey Neural Alpha, is still under development. It will be available to some users to test it.
Amputees who find mobility and the possibility (for everyone) to control objects with their thoughts: bionic body parts are a reality. As tangible as it is risky.
A brain implant combined with an "artificial retina" allows a patient to see after 16 years of blindness.
Until we find a way to get along, with wars men will find more and more effective ways of killing each other. Here is the possible, terrible future.
Virtual reality has imposed itself strongly from 2000 onwards: how will it evolve according to the current pace? Towards an experience indistinguishable from reality
Two groups in Spain and Italy have developed a "sponge" of nanomaterials capable of reconnecting the neurons of a damaged spinal cord
In this post I list 7 emerging technologies that can revolutionize our future.
An experiment connected artificial and biological neurons (through artificial synapses). First steps for the internet of neuroelectronics
In his new book, entrepreneur and futurologist Peter Diamandis strikes us with optimism: in 10 years, he says, the world will change completely. Here's how.
After excellent tests on monkeys, the University of Alberta is ready to "cure" spinal injuries in humans. It won't be a short road, but it will work wonders.
Boring Company, Elon Musk's startup that builds and operates underground electrical tunnel networks to bypass traffic, shows the latest developments